Computer Kabel und Steckverbinder

1pc USB 3,2 Typ C Buchse Auf Typ E Stecker Verlängerung Adapter Kabel Interne USB 3,2 Flache Kabel USB-C zu 19P/20Pin Konverter Kabel

14,90 €

inkl. 19 % MwSt. auf die Ware; bestätigter Versand nach Deutschland enthalten

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Lieferung nach Deutschland
Lieferzeit: 7–12 Tage

Angezeigter Planpreis. Bestellungen sind noch nicht freigeschaltet.

Produktbeschreibung

1pc USB3.2 Type C Female To Type E Male Extension Adapter Cable Internal USB 3.2 Flat Cable USB-C To 19P/20Pin Converter Cable
Product Model：UTF3-FM-20P Series Products
Product Name:USB3.2 USB-C to USB-E Extension Cable
Cable length: 15cm, 25cm (Support custom length, if you need other length, please contact us to change the price, thanks!)
Scope of Adaptation: USB3.2 type-C to type-E
Speed Bandwidth: USB3.2 standard
Current capacity: 3A (measured within 50cm support 3A, 1.5A within 1m support)
Product application: ITX motherboard built-in USB device extension adapter, suitable for A4 chassis custom side panel USB type-C holder.
Purchase restrictions: this product is designed for built-in USB devices, ordinary external use is not suitable, limited to product engineers specify the purchase. This product has a fragile structure and is not suitable for civilian use.
Purchase tip: Be sure to buy 1~2 samples first to verify that they are correct before purchasing in bulk.
Quantity:1pc
Wire length description.
Cable length refers to the visible part of the cable and does not include the PCB and connectors.
Summary of technical questions.
What is the thickness of the wire? Is it soft?
The wire is only 1.4mm thick, so the wire is a little softer for this product. The wire can be bent or folded without affecting its use.
What is the quality of the wire? Is it shielded?
No, there is no metal shielding, this wire uses EMI shielding conductive polymers, a new material for EMI shielding, in a flat cable design. This technology allows each cable to be completely covered by an EMI shield of conductive polymer to prevent incoming or outgoing emissions of electromagnetic frequencies, minimise interference and performance degradation, and reduce the weight of the extender.